制冷
製冷
제랭
REFRIGERATION
2014年
1期
44-48
,共5页
变频空调%散热器%CFD%优化
變頻空調%散熱器%CFD%優化
변빈공조%산열기%CFD%우화
Inverter air-conditioner%Heat-sink%CFD%Optimization
为节约开发成本,缩短开发周期,更好满足市场需求,论文以某款变频空调室外机的电子元器件散热为研究对象。在不改变电器盒及散热器安装位置的前提下,利用CFD模拟手段进行散热器仿真分析及优化设计。经实验方案验证,最终在短时期内设计出较优的散热器。
為節約開髮成本,縮短開髮週期,更好滿足市場需求,論文以某款變頻空調室外機的電子元器件散熱為研究對象。在不改變電器盒及散熱器安裝位置的前提下,利用CFD模擬手段進行散熱器倣真分析及優化設計。經實驗方案驗證,最終在短時期內設計齣較優的散熱器。
위절약개발성본,축단개발주기,경호만족시장수구,논문이모관변빈공조실외궤적전자원기건산열위연구대상。재불개변전기합급산열기안장위치적전제하,이용CFD모의수단진행산열기방진분석급우화설계。경실험방안험증,최종재단시기내설계출교우적산열기。
For saving the cost and period of the design , meeting the demand of the market , the thesis studied the heat-sink with electronic component in inverter air -conditioner.In the case of keeping the electrical box and posi-tion where the heat -sink installed unchangeable , it used CFD to simulate the heat -sink with electronic component and optimized it.Also some experiments were done to validate that the scheme was feasibility.Ultimately an advanced heat-sink was designed in a short time.